IonQ Receives $7.5 Million from AFRL for Quantum Networking

thequantuminsider.com Oct 29, 2026

IonQ Receives $7.5 Million from AFRL for Quantum Networking

Curated by Shubham · TechCapsules · Oct 29, 2026

AI-summarised brief · reviewed before publication

IonQ secured $7.5 million in Phase 2 funding from the Air Force Research Laboratory to upgrade a quantum network first deployed in Rome, New York. The investment adds free‑space optical links, quantum frequency converters, enhanced hardware, and automated control software, enabling connections between diverse quantum systems over standard telecommunications infrastructure and open air. The enhancements aim to create an interoperable research platform for metropolitan and defense environments, advancing AFRL’s goal of practical, heterogeneous quantum networking.

💡 Why It Matters

· The upgrade demonstrates the feasibility of deploying quantum communication beyond laboratory settings, potentially reshaping secure data exchange for defense and commercial networks.

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IonQ Secures $7.5 Million Phase 2 AFRL Allocation to Expand Rome, NY…

IonQ received a $7.5 million Phase 2 allocation from the Air Force Research Laboratory to expand its Rome, New York quantum network. The funding follows a $21.1 million multi‑year partnership that began after IonQ’s acquisition of Qubitekk. Phase 1 built a fiber‑bound entanglement link; Phase 2 adds quantum frequency converters and free‑space optics to link trapped‑ion systems with telecom fiber and open‑air channels. The upgrades aim to reduce optical loss and wavelength mismatch, enabling heterogeneous quantum computers to communicate over long distances in defense environments.

💡 The upgrade demonstrates a practical path for integrating trapped‑ion quantum processors with existing telecom infrastructure, a critical step toward scalable, mobile quantum networks for military applications.

spacenews.com · Oct 28

Ukrainian startup, GomSpace test satellite for future communications network

Ukrainian defense‑tech startup Himera and Danish small‑sat maker GomSpace have begun testing their Obria Nano satellite, launched on SpaceX’s Transporter‑18 rideshare on Oct. 1. The experimental unit is intended to validate technologies for a future Ukrainian‑controlled communications constellation that would blanket the country with secure links. The effort follows recent mid‑October restrictions that throttled SpaceX’s Starlink and Starshield services, disrupting Ukrainian military command, drone operations and field communications. Himera, founded in 2022, builds tactical radios resistant to electronic warfare, while GomSpace supplies nanosat platforms and payloads. Both firms said the in‑orbit tests will shape design of a larger network, though they disclosed no details on capacity, financing or planned satellite count. The partnership also aims to reduce reliance on foreign providers.

💡 An indigenous satellite network would give Ukraine autonomous command‑and‑control communications, insulating its defense operations from external service disruptions.

space.com · Oct 27

Astroscale proposes fleet of ‘bodyguard’ spacecraft to protect satellites from orbital attacks

Astroscale announced plans to deploy “bodyguard” spacecraft that would patrol and protect critical satellites from hostile maneuvers. The company’s ELSA‑D mission, which successfully captured debris in low Earth orbit (LEO) from 2021 to 2024, demonstrated the technology that could be repurposed for defensive use. Astroscale’s head of defense said a protective satellite could launch within three years, costing about one percent of a military‑grade geostationary constellation’s value. The proposal follows recent Russian satellite incursions, including a close‑proximity maneuver around a Finnish radar satellite.

💡 By offering a low‑cost, agile defense platform, Astroscale could shift space security from reactive to proactive, reducing the risk of covert satellite attacks that threaten national security and commercial services.

thehackernews.com · Oct 27

Australia Gets Into Amadey Malware Backend, Cuts Off Access to 180,000 Infected…

The Australian Signals Directorate (ASD) disabled a criminal’s Amadey malware backend, cutting off control over 180,000 infected computers worldwide, including Australian victims. ASD operators accessed the criminal’s command‑and‑control infrastructure and disconnected the controller, preventing further data theft and malware deployment. The Amadey botnet, sold as a service in 2018, enabled attackers to install additional malware, steal credentials, and gain remote access. The action followed earlier international efforts, such as Operation Endgame, that targeted related malware infrastructure.

💡 By severing the malware’s command link, ASD halted ongoing exploitation and protected millions of credentials that could have been used for future attacks. The move demonstrates the effectiveness of proactive cyber‑defense operations in neutralizing transnational threat actors.

quantumcomputingreport.com · Oct 27

IDEMIA and KT Deploy Quantum-Resistant SIMs Supporting Dual NIST and KpqC Algorithms…

IDEMIA Secure Transactions and South Korean operator KT Corporation have deployed quantum‑resistant SIMs that embed both NIST and domestic KpqC post‑quantum cryptographic algorithms within tamper‑resistant secure elements. The pilot, part of the 2026 MSIT/KISA Post‑Quantum Cryptography Conversion Project, is the first reported use of Korean PQC algorithms alongside international standards on a military SIM/eSIM platform. The solution offloads heavy lattice‑based operations from host devices, enabling crypto‑agility for defense communications without replacing tactical endpoints.

💡 By integrating dual PQC standards in a single secure element, South Korea demonstrates a practical path to quantum‑safe military networks that remains interoperable with allied forces while preserving national cryptographic sovereignty.

thequantuminsider.com · Oct 26

IDEMIA Secure Transactions Collaborates With KT in Advancing Post-Quantum Security For South…

IDEMIA Secure Transactions partnered with South Korean operator KT to pilot SIM‑based post‑quantum cryptography (PQC) for defense communications under the 2026 PQC Pilot Conversion Project. The collaboration, led by the Ministry of Science and ICT and KISA, implements both NIST‑standardized and Korean PQC algorithms on a Quantum‑Resistant SIM platform, potentially delivering Korea’s first smart‑card running KpqC 1. The broader pilot will evaluate PQC across defense PCs, surveillance gear, drones, and 5G networks, demonstrating quantum‑safe key management in critical infrastructure.

💡 By embedding PQC into widely deployed SIM technology, the project offers a scalable, low‑overhead path to quantum resilience for national defense, setting a precedent for secure‑element adoption across government and critical sectors.